Latest revision as of 09:42, 4 July 2023

What is the gas turbine

The gas turbine is an alternative way to produce power on the station, and is typically exclusive to Atmospheric Technicians. Unupgraded it is capable of producing about 111 kW if set up correctly and may even produce more power with further upgrades and tinkering. Gas turbines require a lot of pressure to in order to run effectively. This can be accomplished by setting up a burn mix which will create a large amount of pressure when ignited. The burn chamber used for the gas turbine is also commonly used for creating fusion or bombs.

How To Set Up the Turbine

To make the gas turbine generate power, you need to create a burn mix and ignite it. This guide is based on MetaStation and is current as of July, 2023 (but the pictures are slightly outdated). This should work on any station with a pre-built turbine, although the names of the pumps may differ slightly.

Tools you might need

Rapid Pipe Dispenser or Pipe Dispenser
Wrench
Atmospheric Access
Basic Atmospheric Knowledge

Preparing the burn mix

What to do in atmospherics

Go to atmospherics.

Max the O2 to Pure gas pump and turn it on.
Max the Plasma to Pure gas pump and turn it on.
Set the plasma mixer to Main Node: 90%, and Side Node: 10%. Max the output pressure and turn it on. This mixer should now be mixing 90% oxygen and 10% plasma.
An output pressure of 1000kpa is enough to fully power the turbine. Set the pumps leading to the turbine to that value. On MetaStation that's Pure to Ports, Port Mix to East Ports and Port to Fuel Pipe.

What to do in the incinerator room

Go to the incinerator room.

Use the Incinerator Access Console to cycle to interior airlock. This will let you reach the two gas pumps in there.
Replace the two pumps leading into the incinerator chamber with straight pipes. This will improve gas flow.
Open up the air alarm on the wall. Click Scrubber Controls.
- You should see the settings for more than one scrubber. One of them is in the burn chamber, and the other is in the area you are standing in.
- To find out which one is in the burn chamber, hover with your mouse over the air scrubber in the burn chamber to see its name (probably Incinerator air scrubber #2 on MetaStation).
- Turn the incinerator scrubber off unless you intend to harvest gases. If you do intend to harvest gas, replace the gas filter with a straight pipe, then add a thermomachine or cooling pipes to maximize gas extraction. This is especially important if you intend to harvest tritium, which will burn up into water vapor if not harvested quickly!

Use the gas turbine control computer. Turn it on.
Max the Fuel Pipe to Incinerator gas pump, and turn it on. The burn chamber should now start filling with plasma and oxygen. Make sure any blast doors are closed, or they might vent the burn mix.
Click the combustion chamber ignition switch. The console should now show power being made.
Use the SMES . Max its target input. Output can either be maxed or set to slightly under input.

Power Output

Without upgrades, the turbine should soon spin up to the max of 125000 RPM and generate power over 100kW. To get more power, print a bluespace RPED and stock parts from the engineering protolathe and use it to upgrade both the turbine parts and the SMES. At tier 4, it should now be able to produce around 220 kW power, until the oxygen or plasma runs out.

@@ Line 1: / Line 1: @@
 [[File:Gas_turbine_metastation.png|thumb|150px|right|Gas turbine on MetaStation]]
 =What is the gas turbine=
+The [[Machines#Gas_Turbine_Generator|gas turbine]] is an alternative way to produce power on the station, and is typically exclusive to [[Atmospheric Technician|Atmospheric Technicians]]. Unupgraded it is capable of producing about 111 kW if set up correctly and may even produce more power with further upgrades and tinkering. Gas turbines require a lot of pressure to in order to run effectively. This can be accomplished by setting up a burn mix which will create a large amount of pressure when ignited. The burn chamber used for the gas turbine is also commonly used for creating [[Guide_to_Atmospherics#Fusion|fusion]] or [[Guide to toxins|bombs]].
-The [[Machines#Gas_Turbine_Generator|gas turbine]] is an alternative way to produce power on the station, and is typically exclusive to [[Atmospheric Technician|Atmospheric Technicians]]. Unupgraded it is capable of producing upwards of 100 kW if set up correctly and may even produce more power with further upgrades and tinkering. Gas turbines require a lot of pressure to in order to run effectively. This can be accomplished by setting up a burn mix which will create a large amount of pressure when ignited. The burn chamber used for the gas turbine is also commonly used for creating [[Guide_to_Atmospherics#Fusion|fusion]] or [[Guide to toxins|bombs]].
 =How To Set Up the Turbine=
-To make the gas turbine generate power, you need to create a burn mix and ignite it. This guide to is based on MetaStation on default setup Aug 2019 without changing any pipes. It's completely unoptimized and is only intended to produce power. This should work on any station with a pre-built turbine.
+To make the gas turbine generate power, you need to create a burn mix and ignite it. This guide is based on MetaStation and is current as of July, 2023 (but the pictures are slightly outdated). This should work on any station with a pre-built turbine, although the names of the pumps may differ slightly.
 ==Tools you might need==
 *Rapid Pipe Dispenser or Pipe Dispenser
 *Wrench
 *Atmospheric Access
 *Basic Atmospheric Knowledge
 ==Preparing the burn mix==
 ===What to do in atmospherics===
 [[File:Atmos_to_turbine_metastation.png|thumb|150px|right|Pipes from atmospherics to the incinerator on MetaStation]]
@@ Line 21: / Line 15: @@
 #Max the O2 to Pure gas pump and turn it on.
 #Max the Plasma to Pure gas pump and turn it on.
-#Set the plasma mixer to node 1: 90%, and node 2: 10%. Max the output pressure and turn it on. This mixer should now be mixing 90% oxygen and 10% plasma (debatable mix, so feel free to experiment).
+#Set the plasma mixer to Main Node: 90%, and Side Node: 10%. Max the output pressure and turn it on. This mixer should now be mixing 90% oxygen and 10% plasma.
-#Max all gas pumps that lead from the plasma mixer to the turbine. On MetaStation that's Pure to Ports, Port Mix to East Ports and Port to Fuel Pipe.
+#An output pressure of 1000kpa is enough to fully power the turbine. Set the pumps leading to the turbine to that value. On MetaStation that's Pure to Ports, Port Mix to East Ports and Port to Fuel Pipe.
 ===What to do in the incinerator room===
 [[File:Incinerator_access_metastation.png|thumb|150px|right|Incinerator access on MetaStation]]
 Go to the incinerator room.
 #Use the Incinerator Access Console to cycle to interior airlock. This will let you reach the two gas pumps in there.
-#Max the two gas pumps leading into and out of the turbine burn chamber (the place with an igniter). Make sure they are on.
+#Replace the two pumps leading into the incinerator chamber with straight pipes. This will improve gas flow.
 #Open up the air alarm on the wall. Click Scrubber Controls.
 #*You should see the settings for more than one scrubber. One of them is in the burn chamber, and the other is in the area you are standing in.
 #*To find out which one is in the burn chamber, hover with your mouse over the air scrubber in the burn chamber to see its name (probably Incinerator air scrubber #2 on MetaStation).
-#*In the air alarm, set that air scrubber to filter everything except oxygen, plasma and tritium. Set its range to Expanded.
+#*Turn the incinerator scrubber off unless you intend to harvest gases. If you do intend to harvest gas, replace the gas filter with a straight pipe, then add a thermomachine or cooling pipes to maximize gas extraction. This is especially important if you intend to harvest tritium, which will burn up into water vapor if not harvested quickly!
-#The output pipe leads to a gas filter. Turn it on. You can keep it on "nothing" unless you plan to harvest certain [[Guide_to_atmospherics#The_Gases_and_Their_Functions|gases]].
-#Turn on the manual vault leading to space.
-===Final preparations===
+#Use the gas turbine control computer. Turn it on.
-Put on a hardsuit and go to space.
+#Max the Fuel Pipe to Incinerator gas pump, and turn it on. The burn chamber should now start filling with plasma and oxygen. Make sure any blast doors are closed, or they might vent the burn mix.
-*Outside of the incinerator, max any gas pump (or better, replace with a straight pipe). Else it will clog and block the hot waste from entering space.
+#Click the combustion chamber ignition switch. The console should now show power being made.
-*Max the air injector in space, and make sure it's on.
-Go back inside to the [[Incinerator|incinerator room]].
-#Use the gas turbine control computer. Click "on" to make power generation possible.
-#Make sure any blast doors are closed, or they might vent the burn mix.
-#Max the Fuel Pipe to Incinerator gas pump, and turn it on. The burn chamber should now start filling with plasma and oxygen.
-#Click the combustion chamber ignition switch. The console should now show it generate power.
 #Use the SMES [[File:SMES_Turn_on.gif]]. Max its target input. Output can either be maxed or set to slightly under input.
+===Power Output===
+Without upgrades, the turbine should soon spin up to the max of 125000 RPM and generate power over 100kW. To get more power, print a bluespace RPED [[File:BS_RPED.gif]] and [[Rnd#Upgrading_Machines|stock parts]] from the engineering [[Rnd#Protolathe|protolathe]] and use it to [[Rnd#Upgrading_Machines|upgrade]] both the turbine parts and the SMES. At tier 4, it should now be able to produce around 220 kW power, until the oxygen or plasma runs out.
-Without upgrades, the turbine should soon spin up to the max of 125000 RPM, generate power over 100kW and might also slowly blast the room with radiation. To get more power, print a bluespace RPED [[File:BS_RPED.gif]] and [[Rnd#Upgrading_Machines|stock parts]] from the engineering [[Rnd#Protolathe|protolathe]] and use it to [[Rnd#Upgrading_Machines|upgrade]] both the turbine parts and the SMES. At tier 4, it should now be able to produce over 800 kW power.
 [[Category:Guides]]

Gas turbine: Difference between revisions